Critical Evaluation of Potentiostatic Holds as Accelerated Predictors of Capacity Fade during Calendar Aging | Zendy

Maxwell C. Schulze | Zendy; MarcoTulio F. Rodrigues | Zendy; Josefine McBrayer | Zendy; Daniel P. Abraham | Zendy; Christopher A. Apblett | Zendy; Ira Bloom | Zendy; Zonghai Chen | Zendy; Andrew M. Colclasure | Zendy; Alison R. Dunlop | Zendy; Fang Chen | Zendy; Katharine L. Harrison | Zendy; Gao Liu | Zendy; Shelley D. Minteer | Zendy; Nathan R. Neale | Zendy; David Robertson | Zendy; Adam Tornheim | Zendy; Stephen E. Trask | Zendy; Gabriel M. Veith | Zendy; Ankit Verma | Zendy; Zhenzhen Yang | Zendy; Christopher S. Johnson | Zendy

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Critical Evaluation of Potentiostatic Holds as Accelerated Predictors of Capacity Fade during Calendar Aging

Author(s) -

Maxwell C. Schulze,

MarcoTulio F. Rodrigues,

Josefine McBrayer,

Daniel P. Abraham,

Christopher A. Apblett,

Ira Bloom,

Zonghai Chen,

Andrew M. Colclasure,

Alison R. Dunlop,

Fang Chen,

Katharine L. Harrison,

Gao Liu,

Shelley D. Minteer,

Nathan R. Neale,

David Robertson,

Adam Tornheim,

Stephen E. Trask,

Gabriel M. Veith,

Ankit Verma,

Zhenzhen Yang,

Christopher S. Johnson

Publication year - 2022

Publication title -

journal of the electrochemical society

Language(s) - English

Resource type - Journals

SCImago Journal Rank - 1.258

H-Index - 271

eISSN - 1945-7111

pISSN - 0013-4651

DOI - 10.1149/1945-7111/ac6f88

Subject(s) - fade , battery (electricity) , electrolyte , computer science , battery capacity , capacity loss , accelerated aging , voltage , reliability engineering , power (physics) , econometrics , environmental science , materials science , electrical engineering , economics , chemistry , thermodynamics , engineering , physics , electrode , operating system

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